The basic definition of Smart Water Platform
Smart water affairs refer to the intelligent management of water supply, drainage, water conservation, sewage treatment, flood control and other water affairs links by using technologies such as the Internet of Things, intelligent sensing, cloud computing, and big data. Through the combination of sensors, communication networks, and water information systems, the level of water information can be improved, and water management can be coordinated, water resources can be used more efficiently, and water services can be facilitated.
The goal of building Smart Water Platform
Construction goal: For cities, the smart water system can realize the collaborative management of urban water supply and drainage, flood control, water resource protection and other business operations, and at the same time build a unified portal platform, the public can query the required water information at any time, and can improve services For enterprises, the smart water system can monitor and analyze water quality and water supply pipe network in real time, realize water supply and water consumption, rationally allocate resources, and realize efficient use of resources. At the same time, it can deeply mine water conservancy big data Provide support for the development of water business and improve the accuracy of decision-making.
System composition of Smart Water Platform
System composition: The smart water system is composed of smart water supply system, smart drainage system, smart flood control system, smart sewage reuse system, smart water-saving system and other subsystems. At the same time, each subsystem has many subsystems such as water source monitoring system. It constitutes a large system of smart water affairs.
Technical architecture: The technical architecture of smart water affairs includes information security, standards and specifications, business applications, big data centers, information collection and infrastructure. Information collection is the "sensory system" of smart water affairs, which helps the monitoring network to perceive and receive information about wading objects and their environment.
Core technology: The core technology of smart water affairs includes the Internet of Things, intelligent sensing, cloud computing, big data, artificial intelligence, etc. Various core technologies are applied to business fields such as smart meter reading and pipe network optimization design, which can significantly improve water management and operation efficiency.
Industrial chain: The smart water industry chain includes upstream water meter suppliers, valve suppliers, and water pump suppliers, who respectively provide water meters, valves, water pumps and other hardware equipment for downstream system integration service providers; midstream automation solution service providers, intelligent technology services Provider, providing equipment automation solutions for downstream system integration service providers, downstream system integration service providers, providing Internet of Things, intelligent sensing, cloud computing, big data, geographic information system (GIS), building information management (BIM), Artificial intelligence and other technical services provide end users with smart water application services.